News

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chemengonline.com
chemengonline.com > electrochemical-route-to-extracting-lithium-ions-from-black-mass-could-lead-to-more-efficient-battery-recycling

Electrochemical route to extracting lithium ions from ‘black mass’ could lead to more efficient battery recycling

Electrochemical route to extracting lithium ions from ‘black mass’ could lead to more efficient battery recycling6+ hour, 48+ min ago  (269+ words) January 1, 2026 | By Scott Jenkins Black mass is the powdered material resulting from shredding end-of-life lithium-ion vehicle batteries. For effective recycling, lithium must be efficiently separated from this material, but conventional methods, such as smelting at high temperatures or dissolving in…...

2.
chemengonline.com
chemengonline.com > a-superconducting-magnet-for-hydrogen-liquefaction-is-demonstrated-in-germany

A superconducting magnet for hydrogen liquefaction is demonstrated in Germany

A superconducting magnet for hydrogen liquefaction is demonstrated in Germany11+ hour, 48+ min ago  (445+ words) A first-of-its-kind demonstration unit is showcasing hydrogen liquefaction using magnetocaloric cooling, a process that demands much lower energy consumption than conventional methods used in industry. A joint venture between Magnotherm Solutions GmbH and Helmholtz-Zentrum Dresden-Rossendorf, as part of the E.U.-funded…...

3.
Chemical Engineering
chemengonline.com > pilot-plant-will-help-scale-up-solvent-based-recycling-process-for-food-grade-hdpe

Pilot plant will help scale up solvent-based recycling process for food-grade HDPE

Pilot plant will help scale up solvent-based recycling process for food-grade HDPE3+ week, 6+ day ago  (444+ words) (Page 1) ALPLA Group (Hard, Austria) is" now evaluating a patented solvent-based process for food-safe HDPE recycled material at a pilot plant in Heerenveen, the Pilot plant will help scale up solvent-based recycling process for food-grade HDPE ALPLA Group (Hard, Austria)…...

4.
Chemical Engineering
chemengonline.com > dual-action-nanocomposite-combines-adsorption-and-photocatalysis-for-wastewater-treatment

Dual-action nanocomposite combines adsorption and photocatalysis for wastewater treatment

Dual-action nanocomposite combines adsorption and photocatalysis for wastewater treatment1+ mon, 11+ hour ago  (140+ words) (Page 1) Pharmaceutical residues, particularly from antibiotics, are extremely difficult to fully remove from wastewater using traditional bulk-treatment methods, wherein antibiotic compounds are often only partially broken down. Even at trace amounts, antibiotic fragments can accumulate and wreak havoc on natural…...

5.
Chemical Engineering
chemengonline.com > aduro-clean-technologies-completes-pilot-scale-testing-of-steam-cracking-oil-from-recycled-plastics

Aduro Clean Technologies completes pilot-scale testing of steam-cracking oil from recycled plastics

Aduro Clean Technologies completes pilot-scale testing of steam-cracking oil from recycled plastics1+ mon, 1+ week ago  (747+ words) (Page 1) Aduro Clean Technologies Inc. (London, Ont.; www.adurocleantech.com), a clean technology company using the power of chemistry to transform lower value Aduro Clean Technologies completes pilot-scale testing of steam-cracking oil from recycled plastics Aduro Clean Technologies Inc. (London,…...

6.
Chemical Engineering
chemengonline.com > asahi-kasei-licenses-novel-electrolyte-technology-to-eas-batteries-for-launch-of-high-power-cell

Asahi Kasei licenses novel electrolyte technology to EAS Batteries for launch of high-power cell

Asahi Kasei licenses novel electrolyte technology to EAS Batteries for launch of high-power cell1+ mon, 3+ week ago  (616+ words) (Page 1) Diversified global manufacturer Asahi Kasei (Tokyo, Japan; www.asahi-kasei.com) and German battery manufacturer EAS Batteries (D'sseldorf, Germany; Asahi Kasei licenses novel electrolyte technology to EAS Batteries for launch of high-power cell Diversified global manufacturer Asahi Kasei (Tokyo, Japan;…...

7.
Chemical Engineering
chemengonline.com > advanced-mixing-technologies-for-efficient-lithium-processing

Advanced Mixing Technologies for Efficient Lithium Processing

Advanced Mixing Technologies for Efficient Lithium Processing2+ mon, 10+ hour ago  (680+ words) November 1, 2025 | By Marc Labusch and Wolfgang Keller, EKATO In lithium processing, advanced mixing technologies " applied across the crystallization, carbonization and decomposition steps " can serve as critical enablers in meeting efficiency, scalability and sustainability demands FIGURE 1. A simplified process diagram for…...

8.
Chemical Engineering
chemengonline.com > amogy-and-kbr-sign-mou-to-advance-ammonia-to-hydrogen-technologies

Amogy and KBR sign MoU to advance ammonia-to-hydrogen technologies

Amogy and KBR sign MoU to advance ammonia-to-hydrogen technologies3+ mon, 1+ week ago  (417+ words) (Page 1) Amogy Inc. (Brooklyn, N.Y.) announced it has entered into a Memorandum of Understanding (MoU) with KBR, Inc. (Houston). The collaboration will focus on Amogy and KBR sign MoU to advance ammonia-to-hydrogen technologies Amogy Inc. (Brooklyn, N.Y.) announced it has entered into…...

9.
Chemical Engineering
chemengonline.com > new-dry-electrode-for-aqueous-batteries-boosts-promise-of-zinc-iodine-batteries

New dry electrode for aqueous batteries with zinc-iodine batteries

New dry electrode for aqueous batteries with zinc-iodine batteries5+ mon, 6+ hour ago  (401+ words) (Page 1) Considerable attention is being given to new chemistries beyond the widely used lithium-ion battery. Aqueous zinc-iodine batteries show promise as a potentially lower-cost, safer alternative made from more readily available resources. Challenges, however, include a short lifespan. Now, researchers…...

10.
Chemical Engineering
chemengonline.com > avoiding-over-pressurization-in-synthesis-reactions

Avoiding Over-Pressurization in Synthesis Reactions

Avoiding Over-Pressurization in Synthesis Reactions5+ mon, 13+ hour ago  (778+ words) August 1, 2025 | By Bradley Silva, DEKRA Uncontrolled exothermic reactions present significant safety risks, including over-pressurization of a reactor. Presented here is information about how runaway reactions occur, and what can be done to avoid them While pressure and temperature are inexorably…...